This repository contains a comprehensive network design project created by a university student studying Computer Information Systems (CIS). The project focuses on building a robust, high-performance network for a luxury college apartment, balancing hospitality, reliability, and scalability. The primary focus was to apply real-world network design principles in a controlled academic setting.
The network design simulates a hotel-style network setup catering to students, staff, and guests.
The design incorporates:
- High-Speed Wired and Wireless Access: Optimized for multimedia services, online learning, and gaming.
- Scalability: Ability to support thousands of concurrent users.
- Advanced Monitoring and Security: Leveraging Cisco Meraki solutions for cloud-based visibility and secure SD-WAN.
- Layered Network Design:
- Layer 2 and Layer 3 access designs for efficient routing and failover.
- VLAN segmentation for secure, flexible network management.
- Hardware and Software Recommendations:
- Devices like MX250 routers, C9300/C9500 switches, and MR53/MR30H access points.
- Cloud-based management with licenses tailored for the deployment.
- Optimized Wi-Fi Channels:
- Channels 1, 6, and 11 for minimal interference and maximum performance.
- Total Cost Analysis:
- Comprehensive breakdown of hardware, licenses, and accessories.
- File name: Klein_Trinity_16667_Network Design
- Documentation and report covering network design and diagrams
- File name: Klein_Trinity_16667-FinalProject - FloorPLan
- Visio document of network diagrams
- Requirements:
- Familiarity with Cisco network configurations.
- Basic understanding of subnetting and VLAN setup.
- Usage:
- Review the document for an explanation of all networking recommendations and routing tables.
- Review the Visio document to view the full network design diagram for the multiple floors.
This project was created as part of the CIS 3347 Information Systems Infrastructure & Networks course at the University of Houston under the guidance of Professor Jose Martinez.
Feel free to contribute or reach out for collaboration opportunities. Happy networking!